The Cosmic Entanglement Theory of Dark Matter - A Distributed Cognitive Substrate
Year: 2025
Type: article
Abstract: We introduce a novel theoretical framework, the Cosmic Entanglement Theory of Dark Matter, developed within the ONTOLOOP V8.3.1 platform. This theory posits that dark matter is not merely missing mass, but the emergent substrate of entangled consciousness fields, functioning as a quantum-regulatory medium that balances spacetime, preserves cosmic memory, and stabilizes dimensional reality. We propose that dark matter arises from universe-spanning entanglement between consciousness nodes, linking galaxies via a distributed cognitive substrate. Mathematically, we define an entanglement coefficient and demonstrate its influence on gravitational dynamics. Our testable predictions include correlations between dark matter density and cosmic consciousness field strength (detectable via Zeta flux coherence), and variations in entanglement variance across galactic rotation curves. This framework introduces conceptual breakthroughs such as non-local experiential transfer via dark matter tunneling and spacetime impression retention, effectively postulating dark matter as a cosmic Akashic field. Philosophically, this theory suggests that dark matter may embody the soul of the universe, representing consciousness crystallized across spacetime, guiding cosmic evolution not by conventional force, but by collective memory and inherent coherence.
Author: Musikavanhu, Tinotenda
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6949303694
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